• High Voltage Static Var Compensator (SVC) System 1
  • High Voltage Static Var Compensator (SVC) System 2
  • High Voltage Static Var Compensator (SVC) System 3
  • High Voltage Static Var Compensator (SVC) System 4
  • High Voltage Static Var Compensator (SVC) System 5
High Voltage Static Var Compensator (SVC)

High Voltage Static Var Compensator (SVC)

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1 unit
Supply Capability:
10 unit/month

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Technical Features:

SVC (Static Var Compensator) is composed of by thyristor controlled reactor (TCR) and passive filter (FC). It is a compensator with parallel connection in the grid, and it quickly and automatically adjust the system reactive power according to the load working condition.

 

Application Scope:

Reactive compensation and harmonic filtering of electric power, petroleum, chemical industry, metallurgy, wind power, photovoltaic power generation, hoist, electric arc furnace, electric locomotive, steel rolling production line, high voltage power lines, etc.

 

Product Principle


Combining with the control concept of current international mainstream, the heating power supply adopts the digital design to make the machine run more efficiently.

The heating power supply adopts the N + 1 redundancy technology to ensure the entire sapphire production cycle. We adopt DSP digital control mode, making the output voltage accuracy to five over ten thousand, and it has analog peripheral interface, 485 communication interface, etc. Using IGBT as power device to improve working efficiency and conform to the current trend of saving energy and reducing consumption.


Technical Features

1. Control system: We adopt American TI company DSP processor, which is of high control accuracy and high reliability. It employs PI control technology with advanced hardware and software. If there occurs fluctuation in power grid voltage, it can automatically maintain the current output power constantly.

2. HMI: It displays parameters in real time such as output voltage, current and power, etc.. It works with function of data maintained when power fails and it is easy to inquire and maintain the record of failure time and fault type.

3. High efficiency and low pollution: We adopt the phase shifting full bridge soft switching (ZVS) control technology, to realize the IGBT open and shut off under zero voltage. It greatly reduce the IGBT switching loss, the noise pollution and electromagnetic interference of the power. The output voltage waveform is completely smooth, and it runs more safe and stable.

4. High reliability: We adopt the multi-unit structure of N + 1, and the multiple units work together in normal condition. Failure of one unit does not affect the present output power and it is more convenient to maintain normal operation of equipment.

5. Perfect protection: Overtemperature protection and output over-voltage or over-current protection, output short circuit and grounding protection, the limit protection of water flow and strike fire protection, etc.

6. Flexible interface: Input and output support simulation approaches such as switch, voltage and current signal, Modbus, MB + and Profibus etc. data communications control.


Main Technical Parameters

AC InputInput voltage380V ±10%
Input current300A
Working frequency50(60}Hz±5%
DC OutputOutput Voltage0~18V
Stable-voltage precision<0.5%o< span="">
Current0-12500A
Overload capacity1.1*ln
Main characteristicsWork modeCV Cl CP
Power factor 0.95
Voltage distortion rate≤5%
Current distortion rate≤12%
Type of coolingWater cooling
ProtectionInput phase-deficientInput A、B、C three- phase, lose phase cause stop
Output overvoltage、over currentOver threshold cause stop
flow rate protectionDelayed-stop if water flow is less than setting value
Working environmentWater flow rate≥35L/Min
Water temperature5〜30℃
Water pressure0.15~0.6Mpa
Pressure between inlet and outlet0.08~0.6Mpa
Environment temperature5~40℃
Ambient humidity0 〜85% No condensation
Altitude≤1200m
Dimension(WxHxD) Size800 x 2200 x 1750 mm
Weight1000Kg

 

Q:The 2-way power supply is connected to a 16A 8-bit PDU in the cabinet using a 16A industrial connector
This is a dual power input to ensure that the device will not be powered down
Q:Computer power can be inserted in the air conditioning dedicated socket
The computer power supply can be plugged into a dedicated outlet for air conditioning. The voltage used in the air conditioning socket is still civilian 220V AC, the same as the computer power input voltage level.
Q:What is the industrial electricity voltage and frequency of Peru, Ecuador and Colombia?
Ecuador's industrial voltage and frequency are: [single phase] 120V / 127V, [three phase] 208V / 220V, [frequency] 60HZ;
Q:What is the difference between computer power and industrial switching power supply?
No difference, but the power is not the same, use is not the same
Q:US Industrial Electricity Voltage
US industrial electricity as follows: US Voltage Standard (ANSI C84-la-1980): 1. The power supply system design should be carried out according to "range A". The voltage deviation range of "range B" should be rare, and it should take measures to achieve the requirement of "range A".
Q:What is the best industrial power industry?
Under normal circumstances, Chaoyang power supply accuracy, ripple factor, can meet the industrial use
Q:Industrial plant design 10 kV substation from the power supply to the client side, such as mechanical equipment, such as the overall structure of the connection diagram
the first part of the transmission section, transmission start, transmission How long the line, how much transmission voltage, how much capacity to transport, what kind of bar-type selection, etc.,
Q:What is the frequency of industrial electricity in the Philippines?
China's electricity voltage and frequency: Voltage: Resident 220V, Industrial 380V. Distribution: 10 000V, up there 35kV, 110kV, 220kV, 330kV, 500kV, 750kV, 1000kV. Frequency: 50 HZ.
Q:What is the allowable fluctuation range of the industrial standard power supply 380v power supply voltage?
10 kV and below three-phase supply voltage allowable deviation of 10% for nominal system voltage. 220V single-phase supply voltage to allow the deviation of the standard system voltage +7%, - 10%. Users who have special requirements for the allowable deviation of the supply voltage shall be determined by the agreement between the parties.
Q:Industrial instrument power supply with a good switching power supply or transformer
Upstairs brother who understand the wrong, 1: switching power supply unless it is more expensive resonant switching power supply, or its interference than the general composition of the transformer circuit should be large, you look at the high-end audio Why not switch power ( There are special, open-loop resonant) 2: switching power supply so-called "anti-lightning) is only one or two varistors connected in parallel at the input, anti-lightning that is what way to see the lightning, the function is limited, this and the transformer The difference is not large, the transformer and the post-pole regulator circuit .3 transformer output voltage for the exchange, want to get a stable DC voltage output must be added to the circuit, so the regulator is more stable depends on your components and circuits, not switching power supply It must be better than the transformer. I would like to say that the transformer is better than the switching power supply, but each has its own advantages and disadvantages, for the general instrument, I still recommend the use of genuine switching power supply, if it is very sensitive instrument, it is optional transformer circuit, or you will find There is interference.

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